The virulence of the bacterial strains CAIM 333 and CAIM 372 identified as Vibrio campbellii and strain CAIM 79, identified as V harveyi, were evaluated using bioassays with Litopenaeus vannamei larvae at bacterial densities of 10(5) CFU ml(-1). There was no difference in virulence observed between the two strains of V campbellii. The shrimp zoea stages were more susceptible to the CAIM 333 strain. L. vannamei larvae did not show any susceptibility to the bacterial strain CAIM 79. No statistical correlation (P > 0.05) was found between the number of CAIM 333 and CAIM 79 bacteria inoculated and ingested (inside the digestive tract), and no statistical correlation (P > 0.05) was found between number of CAIM 333 bacteria ingested and shrimp la...
Luminous bacterial shrimp diseases have recently become a major problem in shrimp hatcheries in Indo...
209-212Epibiotic infestation of luminous bacteria was observed in hatchery reared mysis larvae of Pe...
Vibrio owensii is one of the most virulent vibrios known being able to kill crustacean larvae at 10^...
This study evaluated the survival, post-larvae quality, and the population of bacteria in Litopenaeu...
Several bacteriological surveys were performed from 1994 to 1996 at different Litopenaeus vannamei h...
Several bacteriological surveys were performed from 1994 to 1996 at different Litopenaeus vannamei h...
This study evaluated the pathogenic characteristics of bacteria isolated from Litopenaeus vannamei d...
This study evaluated the pathogenic characteristics of bacteria isolated from Litopenaeus vannamei d...
A preliminary study to characterize filamentous bacteria, whose presence is related to high mortalit...
The emergence of antibiotic-resistant bacterial pathogen has led aquaculture attentions to the use o...
303-304Advanced post larvae;of Penaeus indicus challenged with Vibrio harveyi inoculum levels of 10(...
Because of high mortality recorded in pond-reared shrimps due to luminescent vibriosis infection, a ...
Mass mortality associated with luminescence has been dbserved in sorne Thai and Ecuadorian penaeid s...
The present study investigates Vibrio outbreak in the hatchery system designed for larval rearing of...
275-278The virulence of luminous Vibrio harveyi possessing a transferable chloramphenicol-resistance...
Luminous bacterial shrimp diseases have recently become a major problem in shrimp hatcheries in Indo...
209-212Epibiotic infestation of luminous bacteria was observed in hatchery reared mysis larvae of Pe...
Vibrio owensii is one of the most virulent vibrios known being able to kill crustacean larvae at 10^...
This study evaluated the survival, post-larvae quality, and the population of bacteria in Litopenaeu...
Several bacteriological surveys were performed from 1994 to 1996 at different Litopenaeus vannamei h...
Several bacteriological surveys were performed from 1994 to 1996 at different Litopenaeus vannamei h...
This study evaluated the pathogenic characteristics of bacteria isolated from Litopenaeus vannamei d...
This study evaluated the pathogenic characteristics of bacteria isolated from Litopenaeus vannamei d...
A preliminary study to characterize filamentous bacteria, whose presence is related to high mortalit...
The emergence of antibiotic-resistant bacterial pathogen has led aquaculture attentions to the use o...
303-304Advanced post larvae;of Penaeus indicus challenged with Vibrio harveyi inoculum levels of 10(...
Because of high mortality recorded in pond-reared shrimps due to luminescent vibriosis infection, a ...
Mass mortality associated with luminescence has been dbserved in sorne Thai and Ecuadorian penaeid s...
The present study investigates Vibrio outbreak in the hatchery system designed for larval rearing of...
275-278The virulence of luminous Vibrio harveyi possessing a transferable chloramphenicol-resistance...
Luminous bacterial shrimp diseases have recently become a major problem in shrimp hatcheries in Indo...
209-212Epibiotic infestation of luminous bacteria was observed in hatchery reared mysis larvae of Pe...
Vibrio owensii is one of the most virulent vibrios known being able to kill crustacean larvae at 10^...